- •Block Reference
- •Commonly Used
- •Continuous
- •Discontinuities
- •Discrete
- •Logic and Bit Operations
- •Lookup Tables
- •Math Operations
- •Model Verification
- •Model-Wide Utilities
- •Ports & Subsystems
- •Signal Attributes
- •Signal Routing
- •Sinks
- •Sources
- •User-Defined Functions
- •Additional Math & Discrete
- •Additional Discrete
- •Additional Math: Increment — Decrement
- •Run on Target Hardware
- •Target for Use with Arduino Hardware
- •Target for Use with BeagleBoard Hardware
- •Target for Use with LEGO MINDSTORMS NXT Hardware
- •Blocks — Alphabetical List
- •Command-Line Information
- •Command-Line Information
- •Command-Line Information
- •Command-Line Information
- •Command-Line Information
- •Command-Line Information
- •Command-Line Information
- •Command-Line Information
- •Command-Line Information
- •Command-Line Information
- •Command-Line Information
- •Command-Line Information
- •Command-Line Information
- •Command-Line Information
- •Command-Line Information
- •Command-Line Information
- •Settings Pane
- •Measurements Pane
- •Signal Statistics Measurements
- •Settings Pane
- •Transitions Pane
- •Overshoots/Undershoots
- •Cycles
- •Settings Pane
- •Peaks Pane
- •Command-Line Information
- •Command-Line Information
- •Command-Line Information
- •Command-Line Information
- •Command-Line Information
- •Command-Line Information
- •Command-Line Information
- •Command-Line Information
- •Command-Line Information
- •Function Reference
- •Model Construction
- •Simulation
- •Linearization and Trimming
- •Data Type
- •Examples
- •Main Toolbar
- •Command-Line Alternative
- •Command-Line Alternative
- •Command-Line Alternative
- •Command-Line Alternative
- •Command-Line Alternative
- •Command-Line Alternative
- •Mask Icon Drawing Commands
- •Simulink Classes
- •Model Parameters
- •About Model Parameters
- •Examples of Setting Model Parameters
- •Common Block Parameters
- •About Common Block Parameters
- •Examples of Setting Block Parameters
- •Block-Specific Parameters
- •Mask Parameters
- •About Mask Parameters
- •Notes on Mask Parameter Storage
- •Simulink Identifier
- •Simulink Identifier
- •Model Advisor Checks
- •Simulink Checks
- •Simulink Check Overview
- •See Also
- •Identify unconnected lines, input ports, and output ports
- •Description
- •Results and Recommended Actions
- •Capabilities and Limitations
- •Tips
- •See Also
- •Check root model Inport block specifications
- •Description
- •Results and Recommended Actions
- •See Also
- •Check optimization settings
- •Description
- •Results and Recommended Actions
- •Tips
- •See Also
- •Description
- •Results and Recommended Actions
- •See Also
- •Check for implicit signal resolution
- •Description
- •Results and Recommended Actions
- •See Also
- •Check for optimal bus virtuality
- •Description
- •Results and Recommended Actions
- •Capabilities and Limitations
- •See Also
- •Description
- •Results and Recommended Actions
- •Capabilities and Limitations
- •See Also
- •Identify disabled library links
- •Description
- •Results and Recommended Actions
- •Capabilities and Limitations
- •Tips
- •See Also
- •Identify parameterized library links
- •Description
- •Results and Recommended Actions
- •Capabilities and Limitations
- •Tips
- •See Also
- •Identify unresolved library links
- •Description
- •Results and Recommended Actions
- •Capabilities and Limitations
- •See Also
- •Results and Recommended Actions
- •Capabilities and Limitations
- •See Also
- •Results and Recommended Actions
- •Capabilities and Limitations
- •See Also
- •Check usage of function-call connections
- •Description
- •Results and Recommended Actions
- •See Also
- •Check signal logging save format
- •Description
- •Results and Recommended Actions
- •See Also
- •Description
- •Results and Recommended Actions
- •See Also
- •Description
- •Results and Recommended Actions
- •Tips
- •See Also
- •Check data store block sample times for modeling errors
- •Description
- •Results and Recommended Actions
- •See Also
- •Check for potential ordering issues involving data store access
- •Description
- •Results and Recommended Actions
- •Tips
- •See Also
- •Check for partial structure parameter usage with bus signals
- •Description
- •Results and Recommended Actions
- •Tips
- •See Also
- •Check for calls to slDataTypeAndScale
- •Description
- •Results and Recommended Actions
- •Tips
- •See Also
- •Check for proper bus usage
- •Description
- •Results and Recommended Actions
- •Action Results
- •Tips
- •See Also
- •Description
- •Results and Recommended Actions
- •See Also
- •Description
- •Results and Recommended Actions
- •See Also
- •Check for proper Merge block usage
- •Description
- •Input Parameters
- •Results and Recommended Actions
- •See Also
- •Description
- •Results and Recommended Actions
- •Action Results
- •See Also
- •Check for non-continuous signals driving derivative ports
- •Description
- •Results and Recommended Actions
- •See Also
- •Runtime diagnostics for S-functions
- •Description
- •Results and Recommended Actions
- •See Also
- •Check file for foreign characters
- •Description
- •Results and Recommended Actions
- •Tips
- •See Also
- •Check model for known block upgrade issues
- •Description
- •Results and Recommended Actions
- •Action Results
- •See Also
- •Description
- •Results and Recommended Actions
- •Action Results
- •See Also
- •Check that the model is saved in SLX format
- •Description
- •Results and Recommended Actions
- •Tips
- •See Also
- •Check Model History properties
- •Description
- •Results and Recommended Actions
- •See Also
- •Analyze model hierarchy for upgrade issues
- •Description
- •Results and Recommended Actions
- •Tips
- •See Also
- •Description
- •Results and Recommended Actions
- •See Also
- •Simulink Performance Advisor Checks
- •Simulink Performance Advisor Check Overview
- •See Also
- •Baseline
- •See Also
- •Check Preupdate Items
- •See Also
- •Checks that need Update Diagram
- •See Also
- •Checks that require simulation to run
- •See Also
- •Check Accelerator Settings
- •See Also
- •Create Baseline
- •See Also
- •Identify resource intensive diagnostic settings
- •See Also
- •Check optimization settings
- •See Also
- •Identify inefficient lookup table blocks
- •See Also
- •Identify Interpreted MATLAB Function blocks
- •See Also
- •Check MATLAB Function block debug settings
- •See Also
- •Check Stateflow block debug settings
- •See Also
- •Identify simulation target settings
- •See Also
- •Check model reference rebuild setting
- •See Also
- •Check Model Reference parallel build
- •See Also
- •Check solver type selection
- •See Also
- •Select normal or accelerator simulation mode
- •See Also
- •Simulink Limits
- •Maximum Size Limits of Simulink Models
- •Index
- •Filter Structures and Filter Coefficients
- •Valid Initial States
- •Number of Delay Elements (Filter States)
- •Frame-Based Processing
- •Sample-Based Processing
- •Valid Initial States
- •Frame-Based Processing
- •Sample-Based Processing
- •Model Parameters in Alphabetical Order
- •Common Block Parameters
- •Continuous Library Block Parameters
- •Discontinuities Library Block Parameters
- •Discrete Library Block Parameters
- •Logic and Bit Operations Library Block Parameters
- •Lookup Tables Block Parameters
- •Math Operations Library Block Parameters
- •Model Verification Library Block Parameters
- •Model-Wide Utilities Library Block Parameters
- •Ports & Subsystems Library Block Parameters
- •Signal Attributes Library Block Parameters
- •Signal Routing Library Block Parameters
- •Sinks Library Block Parameters
- •Sources Library Block Parameters
- •User-Defined Functions Library Block Parameters
- •Additional Discrete Block Library Parameters
- •Additional Math: Increment - Decrement Block Parameters
- •Mask Parameters
fxptdlg
Simulate
Simulates model and stores results.
Action
Simulates the model and stores the results with the run name specified in Store results in run. The Fixed-Point Tool displays the run name in the Run column of the Contents pane.
Tips
Using the Simulate button is the same as simulating the model using the Run button in the Simulink model.
Command-Line Alternative
Command: sim
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Merge instrumentation results from multiple simulations
Control how simulation results are stored
Settings
Default: Off
On
Merges new simulation minimum and maximum results with existing simulation results in the run specified by the run name parameter. Allows you to collect complete range information from multiple test benches. Does not merge signal logging results.
Off
Clears all existing simulation results from the run specified by the run name parameter before displaying new simulation results.
Command-Line Alternative
Parameter: 'MinMaxOverflowArchiveMode'
Type: string
Value: 'Overwrite' | 'Merge'
Default: 'Overwrite'
Tip
Select this parameter to log simulation minimum and maximum values captured over multiple simulations.
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fxptdlg
Derive min/max values for selected system
Derive minimum and maximum values for signals for the selected system
The Fixed-Point Tool analyzes the selected system to compute derived minimum and maximum information based on the design minimum and maximum values specified on blocks. For example, using the Output minimum and Output maximum for block outputs.
Action
Analyzes the selected system to compute derived minimum and maximum information based on the design minimum and maximum values specified on blocks.
By default, the Fixed-Point Tool displays the Derived Min/Max View with the following information in the Contents pane.
•Name
•Run
•CompiledDesignMax
•CompiledDesignMin
•DerivedMax
•DerivedMin
•DesignMax
•DesignMin
If Highlight results with potential issues is selected, the tool alerts you to potential issues for each object in the list by highlighting the object in the Contents pane.
Command-Line Alternative
No command line alternative available.
Dependencies
Range analysis:
• Requires a Simulink Fixed Point license.
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• Does not run on Mac platforms.
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fxptdlg
Highlight results with potential issues
Highlight results that have saturations, overflows or insufficient design min/max information to derive results.
Settings
Default: On
On
Highlight results with potential issues.
After simulating the model, the Fixed-Point Tool highlights results that have either saturations or overflows.
After analyzing the model to derive minimum and maximum values, the tool highlights both the results that have issues and the results that are likely to be the cause of the issue. For
example, if the tool cannot derive ranges for an object because an upstream object does not have sufficient design minimum and maximum information, it highlights both results.
The Fixed-Point Tool uses different colors to highlight the results that have issues and the results that might be the cause of issues.
Off
Do not highlight results. Remove existing highlighting.
Command-Line Alternative
No command line alternative available.
Tip
Select a highlighted result and click Show details for selected result to view more information about the issue.
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